Imsbc code pocket guide

Carrying solid bulk
cargoes safely
Guidance for crews on the International
Maritime Solid Bulk Cargoes Code

In conjunction with

Contents
Introduction

3

1. General requirements for carrying solid bulk cargoes

4
4
6

Accepting cargoes for shipment
Loading

2. The Code’s three cargo groups
Group A cargoes – cargoes which may liquefy
Group B cargoes – cargoes with chemical hazards
Group C cargoes – cargoes which are neither liable to
liquefy nor possess chemical hazards

7
8
10
14

3. Other hazards associated with carrying solid bulk cargoes

15

4. Checklist and flowchart for accepting and loading solid
bulk cargoes

16

Appendix 1
IMO regulations and guidance relating to the transport of solid bulk cargoes

19

Appendix 2
The Code section by section

Carrying solid bulk cargoes safely
© Lloyd’s Register/UK P&I Club/Intercargo, 2013

21

Page 2

Introduction
Carrying solid bulk cargoes involves serious risks, which must be managed
carefully to safeguard the crew and the ship. These risks include reduced ship
stability and
stability, (and even capsizing, due to cargo liquefaction; fire or explosion due to
capsizing)
chemical hazards; and damage to ship structures due to poor loading procedures.
The main legislation governing safe carriage of solid bulk cargoes is the
International Maritime Solid Bulk Cargoes (IMSBC) Code, which became
mandatory on January 1, 2011, under the SOLAS Convention1.
This pocket guide will help you understand the IMSBC Code’s key requirements
and give you greater confidence in managing the risks of carrying with the
associated solid bulk
carriage of solid bulk cargoes. It outlines the precautions you precautions you
cargoes and achieving compliance with SOLAS. It outlines theshould take before
accepting cargoes accepting cargoes for shipment you should follow you should
should take beforefor shipment and the proceduresand the proceduresfor safe
loading and carriage, and details the primary hazards associated with the different
follow for safe loading and carriage, and details the primary hazards associated
types of different cargo.
with the solid bulktypes of solid bulk cargo.
It also contains a quick reference checklist and flowchart summarising the steps
you need to follow.
Note: This guide is only an introduction to the IMSBC Code; you should always
Note: This guide is to check the requirements IMSBC cargo you are carrying. It
consult the full Code only an introduction to the for eachCode; you should
always cover carriage Code to check this is covered by the International Grain
does not consult the fullof grain in bulk;the requirements for each cargo you
are carrying. It does not cover carriage of grain in bulk; this is covered by the
Code.
International Grain Code.
Look for “Consult the Code” headings within this publication, which refer
Look specific sections Code” headings within this publication, which
you to for “Consult the of the Code for more information.
refer you to specific sections of the Code for more information.

1

For a list of other IMO legislation and guidance relating to bulk cargoes, see Appendix 1.


Page 3

1. General requirements for
carrying solid bulk cargoes
No matter what solid bulk cargo you are carrying, the same general requirements
apply for accepting them for shipment and loading them. Section 2 of this pocket
guide covers the typical requirements for different types of cargo.

Accepting cargoes for shipment
Information required from the shipper
Before you can accept a cargo for shipment, the shipper must provide the Master
with valid, up-to-date information about the cargo’s physical and chemical
properties. The exact information and documentation they must provide is
listed in the Code under ‘Assessment of acceptability of consignments for safe
shipment; Provision of Information’, and includes the correct Bulk Cargo Shipping
Name2 and a declaration that the cargo information is correct.
Consult the Code – see Section 4

Checking the cargo schedule
Individual cargoes are listed in
‘schedules’ which are contained
in Appendix 1 of the Code. These
describe each cargo’s properties
and detail the requirements for
handling, stowing and carrying it
safely. You must always consult the
relevant schedule in the Code to find
out what hazards the cargo presents.
Consult the Code – see Appendix 1

2

Cargo being worked

This is the cargo’s official name used in the Code.


Page 4

Accepting cargoes not listed in the IMSBC Code
The list of individual cargoes contained in the Code is not exhaustive. If a cargo
not listed in the Code is presented for shipment, the shipper and the appropriate
competent authorities3 must follow this process:
1. Before loading, the shipper must provide details of the characteristics and
properties of the cargo to the competent authority of the port of loading.
2. Based on this information the competent authority of the port of loading
will assess the acceptability of the cargo for shipment.
– If the assessment defines the cargo as Group A or B4, the competent

authorities3 will set the preliminary suitable conditions for carriage.
– If the cargo is Group C4 then carriage can be authorised by the port of

loading and the competent authorities of the unloading port and flag

state will be informed of the authorisation.
3.

In both cases, the competent authority of the port of loading will give the
Master a certificate stating the characteristics of the cargo and the required
conditions for carriage and handling. The competent authority of the port of
loading will also provide the same information to the IMO.

Consult the Code – see Section 1.3

Exemptions
Under section 1.5 of the Code, a competent authority (or authorities) can grant an
exemption which allows ships to carry a cargo outside the requirements specified
in its schedule, provided that equivalent provisions have been put in place.
Agreement of all three competent authorities is required to ship a cargo under
an exemption. Acceptance of an exemption by authorities not party to it is
discretionary: i.e., if the loading port authority issues an exemption, the unloading
port and flag state authorities can choose to accept it or reject it.
An exemption can be valid for up to five years and does not necessarily lead to the
creation of a new or revised schedule.
3
4

The competent authorities of the port of loading, the port of unloading and the flag state.
The Code categorises cargo into three Groups – A, B and C. See page 7 for their definitions.


Page 5

Loading
Inspecting and preparing cargo spaces
In general, before loading a cargo you must inspect and prepare the cargo spaces,
checking that:
–
bilge wells and strainer plates are prepared to facilitate drainage and prevent
cargo entering the bilge system
– bilge lines, sounding pipes and other service lines are in good order
– cargo space fittings are protected from damage, and
– measures are in place to minimise dust entering living quarters or other
interior spaces, or coming into contact with moving parts of deck machinery
and external navigational aids.
Distribution and stability
You must also make sure that cargoes are properly distributed throughout the
ship’s holds to provide adequate stability and ensure that the ship’s structure is
never overstressed. Information can be found in the ship’s stability information
booklet or you can use loading calculators if they are available. The Master will
need to calculate the stability for the anticipated worst conditions during the
voyage as well as for departure and demonstrate that the stability is adequate.
Loading Plan
Before loading or unloading, the Master and the terminal representative must
agree a Loading Plan to ensure that the permissible forces and moments on the
ship are not exceeded. What this Plan should include is detailed in the Code of
Practice for the Safe Loading and Unloading of Bulk Carriers (the BLU Code) and
in the checklist on page 16.


Page 6

2. The Code’s three cargo groups
The IMSBC Code categorises cargoes into three groups:
Group A – cargoes which may liquefy if shipped at a moisture content exceeding
their Transportable Moisture Limit (TML)5.
Group B – cargoes which possess a chemical hazard which could give rise to a
dangerous situation on a ship.
Group C – cargoes which are neither liable to liquefy (Group A) nor possess
chemical hazards (Group B). Cargoes in this group can still be hazardous.
You can find the Group for a particular cargo in its schedule.

Liquefied nickel ore (Image courtesy of MTD)

5

The TML is the maximum moisture content considered safe for carriage. See page 9.


Page 7

Group A cargoes (cargoes which may liquefy)
What is liquefaction and how does it affect cargo?
Liquefaction means that a cargo becomes fluid (liquefies). On ships, this happens
when the cargo is compacted by the ship’s motion. Cargoes which are prone to
liquefaction contain a certain quantity of moisture and small particles, although they
may look relatively dry and granular when loaded. Liquefaction can lead to cargo
shift6 and even to the capsize and total loss of the ship, and can occur even when
cargoes are cohesive and trimmed level.

Examples of Group A cargoes
Mineral concentrates
Mineral concentrates are refined ores in which valuable components have been
enriched by eliminating most waste materials. They include copper concentrate,
iron concentrate, lead concentrate, nickel concentrate and zinc concentrate.
Nickel ore7
There are several types of nickel ore which
vary in colour, particle size and moisture
content. Some may contain clay-like ores.
Coal
Coal (bituminous and anthracite) is a
natural, solid, combustible material
consisting of amorphous carbon and
hydrocarbons. It is best known as a Group
B cargo due to its flammable and selfheating properties, but it can also be
classed as Group A because it can liquefy if
predominantly fine (i.e., if 75% is made up
of particles less than 5mm in size). In these
cases, it is classed as both Group A and B.

Coal being loaded. Coal is most
commonly a Group B cargo, but
can also be classed as both A and B.

Cargo shift can be divided into two types: sliding failure or liquefaction consequence. Trimming the
cargo can prevent sliding failure.
Nickel ore is not to be confused with nickel concentrate.

6

7


Page 8

Typical requirements for accepting
and loading Group A cargoes
Information required from the shipper
To control the risks of liquefaction, Group
A cargoes are tested to determine their
Transportable Moisture Limit (TML) and
their actual moisture content before they
can be shipped. The TML is the maximum
moisture content considered safe for carriage.
The actual moisture content of the cargo
must be below the TML.
The information supplied by the shipper
to the master must include a signed
certificate stating the TML, and a signed
certificate or declaration of the cargo’s
actual moisture content.

Hui Long, a bulk carrier which
sank in 2005. The cause was
believed to be liquefaction,
possibly due to the TML
being exceeded.

What you need to do
Follow these steps when carrying Group A cargoes to reduce the risk of liquefaction:
– Make sure the shipper has supplied the required information, including the
TML and the actual moisture content.
– Only accept the cargo if the actual moisture content is less than its TML.
– Carry out visual monitoring during loading. If there are any indications of high
moisture content, stop loading and seek further advice.
– Consider trimming the cargo to reduce the likelihood of cargo shift.
– Take measures to prevent water or other liquids entering the cargo space
during loading and throughout the voyage.
Practical guidance on managing the risks of liquefaction is also available from the
UK P&I Club at www.ukpandi.com/loss-prevention
Consult the Code – see Sections 7 and 8


Page 9

Group B cargoes (cargoes with chemical hazards)
Group B cargoes are classified in two ways within the Code: ‘Dangerous goods
in solid form in bulk’ (under the International Maritime Dangerous Goods (IMDG)
Code; and ‘Materials hazardous only in bulk’ (MHB).
You will find this information in the “characteristics” section of the cargo’s
schedule. Cargoes classified as dangerous goods in solid form in bulk will also
have a ‘UN’ number in the Bulk Cargoes Shipping Name.

Dangerous goods in solid form in bulk
In the Code these cargoes are classed as follows:
Class 4.1: Flammable solids
Class 4.2: Substances liable to spontaneous combustion
Class 4.3: Substances which, in contact with water, emit flammable gases
Class 5.1: Oxidizing substances
Class 6.1: Toxic substances
Class 7: Radioactive materials
Class 8: Corrosive substances
Class 9: Miscellaneous dangerous substances and articles.
Materials hazardous only in bulk (MHB)
MHB cargoes are materials which possess chemical hazards when transported in bulk that
do not meet the criteria for inclusion in the IMDG classes above. They present significant
risks when carried in bulk and require special precautions. They are described as follows:
Combustible solids: materials which are readily combustible or easily ignitable
Self-heating solids: materials that self-heat
Solids that evolve into flammable gas when wet: materials that emit
flammable gases when in contact with water
Solids that evolve toxic gas when wet: materials that emit toxic gases when
in contact with water
Toxic solids: materials that are acutely toxic to humans if inhaled or brought into
contact with skin
Corrosive solids: materials that are corrosive to skin, eyes, metals or respiratory sensitisers.

Page 10

Examples of Group B cargoes and the risks they present
The major risks associated with Group B cargoes are fire and explosion, release of
toxic gas and corrosion.
Coal
Coal may create flammable atmospheres, heat spontaneously, deplete oxygen
concentration and corrode metal structures. Some types of coal can produce
carbon monoxide or methane.
Direct reduced iron (DRI)
DRI may react with water and air to
produce hydrogen and heat. The heat
produced may cause ignition. Oxygen
in enclosed spaces may also be depleted.
Metal sulphide concentrates
Some sulphide concentrates are
prone to oxidation and may have a
tendency to self-heat, leading to oxygen
depletion and emission of toxic fumes.
Some metal sulphide concentrates may
present corrosion problems.
Organic materials
Ammonium nitrate-based fertilisers
Ammonium nitrate-based fertilisers
support combustion. If heated,
contaminated or closely confined,
they can explode or decompose to
release toxic fumes and gases.

The damage caused by a DRI explosion
(Image courtesy of Burgoynes)

Wood products transported in bulk8
Wood products transported in bulk are listed in a new schedule to the Code:
Wood Products – General. They include logs, pulpwood, roundwood, saw logs
and timber. These cargoes may cause oxygen depletion and increase carbon
dioxide in the cargo space and adjacent spaces.

These are wood products loaded and discharged by methods such as elevators
and grabs. They are distinct from wood products listed in other schedules.
8


Page 11

Typical requirements for accepting and loading Group B cargoes
Information required on board ship for dangerous goods in solid form in bulk
To carry dangerous goods in solid form in bulk, your ship must have a Document
of Compliance for the Carriage of Dangerous Goods, supplied by the ship’s flag
or classification society. The Master must have a special list, manifest or stowage
plan identifying the cargo’s location, and there must be instructions on board for
emergency response.
Segregation
Because of their potential hazards, many Group B cargoes are incompatible and
must be segregated. When segregating cargoes, you should take into account any
secondary risks they present.

Coal on fire in a cargo hold


Page 12

Specific risk mitigation measures
The cargo’s schedule and the information provided by the shipper will detail the
precautions you must take when carrying Group B cargoes. The following are
some of the common risk mitigation measures you will employ.
Fire and explosion
Depending on the cargo, precautions against fire and explosion may include
ventilating or inerting the cargo holds and the enclosed spaces adjacent to
the holds: in some cases the ventilators will need to be explosion proof. The
atmosphere in the cargo holds and the enclosed spaces adjacent to the holds
may also need to be monitored with an appropriate gas detector.
Toxic gas
Toxic gas risks will be mitigated using natural or forced mechanical ventilation.
The choice of ventilation will depend on the type of cargo and the properties
of the gas (i.e., whether it creates an explosive atmosphere). You may need to
monitor the cargo hold atmosphere.
Corrosion
Corrosion can be caused by some Group B cargoes and their residues. A coating
or barrier may need to be applied to the cargo space structures before loading.
Before loading and unloading corrosive cargoes, make sure the cargo space is
clean and dry.

DRI which has self heated (Image courtesy of Burgoynes)


Page 13

Group C cargoes (cargoes which are neither liable to liquefy nor
possess chemical hazards)
Although Group C cargoes do not present the dangers associated with Group
A and B cargoes, they can still carry risks.
Examples of Group C cargoes, their risks and mitigation measures
Iron ore and high density cargoes
These cargoes can be extremely dense and can overstress the tanktop. Make
sure that their weight is evenly distributed during loading and during the voyage
so that the tanktop is not overstressed, and also consider trimming the cargo.
Loading rates of iron ore are normally very high and you should also consider the
ship’s ballasting operations and loading sequences.
Sand and fine particle materials
Fine particle materials can be abrasive. Silica dust is easily inhaled and can result
in respiratory disease.
You should take appropriate precautions to protect machinery and
accommodation spaces from the dust of sand and fine particle cargoes, and to
prevent the cargo from getting into the bilge wells. People who may be exposed
to cargo dust should wear goggles or other equivalent dust eye-protection, dust
filter masks and protective clothing.
Cement
Cement may shift when aerated during loading. Dust can also be produced from
this cargo. Follow the precautions for sand and fine particle materials (above).


Page 14

3. Other hazards associated with carrying
solid bulk cargoes
Entering enclosed spaces
Always follow the appropriate procedures before entering an enclosed space, taking
into account IMO Resolution A.1050(27) – Revised Recommendations for Entering
Enclosed Spaces Aboard Ships. Note: after a cargo space or tank has been tested and
generally found to be safe for entry, small areas may exist where oxygen is deficient or
toxic fumes are still present.
Pesticides
The risks of using pesticides include the accumulation of gas in spaces adjacent
to the cargo holds being treated or, if it is essential to ventilate the cargo holds,
accumulation of fumigant in accommodation and working areas.
Fumigants such as Phosphine and Methyl Bromide are poisonous to humans and if
they are not handled correctly, they can also represent a fire risk. They should only
be used by specialists and not by the ship’s crew.
Carry out any fumigation in line with the IMO Circular, MSC.1/Circ.1264 –
Recommendations on the Safe Use of Pesticides in Ships Applicable to the
Fumigation of Cargo Holds. This is contained in the supplement to the Code.
The ship should carry gas-detection equipment, adequate respiratory protective
equipment, a copy of the latest version of the Medical First Aid Guide for Use in
Accidents Involving Dangerous Goods (MFAG), and appropriate medicines and
medical equipment.


Page 15

4. Checklist and flowchart for accepting
and loading solid bulk cargoes
The checklist on the next two pages and the loading flowchart on page 18 bring
together all the key procedures you must follow when accepting and loading any solid
bulk cargo for shipment. Always consult the Code itself to ensure that all mandatory
measures and specific advice have been implemented.
Download a large version of the flowchart at www.lr.org/imsbc

Checklist
Before accepting and loading a cargo, ask yourself the following questions:
1. Has the shipper delivered the cargo information and documentation listed in
the Code under ‘Assessment of acceptability of consignments for safe shipment;
Provision of Information’, including the correct Bulk Cargo Shipping Name
(BCSN), and provided a declaration that the cargo information is correct?
2. Have you consulted the relevant IMSBC Code schedule to find out the cargo’s
general and specific hazards?
3. If the cargo is listed as Group A, have you followed all procedures relating
to the safe carriage of cargoes which may liquefy?
4. If the schedule indicates the cargo is Group B has the shipper provided
a statement that the chemical characteristics of the cargo are, to the best
of his knowledge, those present at the time of loading?
a) If the cargo is classified as ‘dangerous goods in solid form in bulk’ does the
Master have a special list, manifest or stowage plan identifying its location,
are there instructions on board for emergency response, and does the ship

have a Document of Compliance for the Carriage of Dangerous Goods?
(Continued on the next page)


Page 16

Checklist (continued)
5. hatever the cargo Group, have you taken the recommended precautions
W
to remove or minimise the cargo’s hazard, including:
a) preparing recommended safety equipment and procedures?
b) activating any cargo monitoring equipment ready for loading?
6. Have the Master and Terminal Representative agreed a Loading Plan to ensure
that the permissible forces and moments on the ship are not exceeded during
loading or unloading? This should include the sequence, quantity and rate of
loading or unloading, the number of pours and the de-ballasting or ballasting
capability of the ship.
7. Are there instructions to suspend the loading or unloading operation if
the ship’s limits are exceeded, or are likely to be exceeded if the operation
continues?
8. Are you monitoring the cargo loading or unloading procedure, is the ship’s
draught being monitored and recorded in the logbook, and have any significant
deviations been corrected?

9. Before sailing on the loaded passage, have you considered other factors, such
as the ingress of water, which could affect the cargo during the passage?


Page 17

Loading flowchart – follow the steps to see if it is safe to load your cargo
YES
NO

Shipper has delivered all required cargo information?
IMSBC Code consulted regarding cargo and associated hazards?
Master and crew have the necessary ship data and information to prepare ship for loading?
Cargo spaces inspected and prepared for cargo loading and stowage?

NO
NO
NO

Cargo Group?

A

B

TML Certificate?

Stowage/segregation
acceptable?

MC lower than TML?

Atmospheric conditions
suitable and monitoring
tools operational?

Cargo spaces free
from liquids?

Applicable dust
precautions in place?

Visual monitoring
conducted?

Ventilation meets
operational and
IMSBC requirements?

Trimming considered?

Not listed in
IMSBC Code?

C
IMSBC Cargo Schedule
consulted?
Applicable precautions
taken?

Competent authority
has provided the Master
with certificate stating
carriage requirements
(if Group A or B,
agreed by authority
of port of unloading
and flag)?

YES

DO NOT LOAD

Moisture content
(MC) declaration?

NO

Is the cargo categorised as ‘dangerous goods in solid form in bulk’ by SOLAS regulation VII/7?

NO

Does the Master have a special list/manifest/stowage plan identifying its location, are
there instructions on board for emergency response, and does the ship have a
‘Document of Compliance for the Carriage of Dangerous Goods’?
Has the Loading Plan been agreed with the Master and terminal representative?

Are there instructions to suspend the loading/unloading operation if the ship’s limits are
exceeded, or are likely to be exceeded if continued?

NO

NO

NO

LOAD (monitoring the cargo loading operation)


Page 18

Appendix 1 – IMO regulations and guidance
relating to the transport of solid bulk cargoes
Mandatory regulations
International Convention for the Safety of Life at Sea (SOLAS)
– Chapter VI: Carriage of cargoes
– Chapter VII: Carriage of dangerous goods
– Chapter XII: Additional safety measures for bulk carriers
International Maritime Solid Bulk Cargoes (IMSBC) Code – facilitates the safe
stowage and shipment of solid bulk cargoes by providing information on the risks
associated with their shipment, and the procedures to be adopted for carriage.
International Code for the Safe Carriage of Grain in Bulk
(International Grain Code) – contains regulations and guidance for ships
engaged in the carriage of grain in bulk.
Code of Safe Practice for Ships Carrying Timber Deck Cargoes – provides
stowage, securing and other operational safety measures designed to ensure the
safe transport of timber cargoes, primarily stowed on deck.
MARPOL Annex V – Regulations for the Prevention of Pollution by
Garbage from Ships – includes requirements for discharge of dry bulk cargo
residues and cargo hold wash-water containing cargo residues.

Guidance
Code of Practice for the Safe Loading and Unloading of Bulk Carriers (BLU Code)

– assists those responsible for the safe loading or unloading of bulk carriers to
carry out their functions and to promote the safety of bulk carriers.
Circulars and Resolutions

– MSC.1/Circ.1160 – Manual on Loading and Unloading of Solid Bulk Cargoes
for Terminal Representatives.
– MSC. 1/Circ.1357 – Additional Considerations for the Safe Loading of Bulk Carriers

Page 19

Circulars and Resolutions (continued)
– MSC. 1/Circ.908 – Uniform Method of Measurement of the Density of Bulk
Cargoes
– MSC. 1/Circ.1395 – Lists of Solid Bulk Cargoes for which a Fixed Gas
Fire-extinguishing System may be Exempted or for which a Fixed Gas Fireextinguishing System is Ineffective
– Resolution A.1050(27) – Revised Recommendations for Entering Enclosed
Spaces Aboard Ships
– MSC. 1/Circ.1264 – Recommendations on the Safe Use of Pesticides in Ships
Applicable to the Fumigation of Cargo Holds
– BC. 1/Circ.69 – Contact Names and Addresses of the Offices of Designated
National Competent Authorities Responsible for the Safe Carriage of Grain and
Solid Bulk Cargoes.


Page 20

Appendix 2 – the Code section by section
Section 1 – General provisions – including application, definitions, related SOLAS
regulations
Section 2 – General loading, carriage and unloading precautions – cargo
distribution and loading/unloading procedures
Section 3 – Safety of personnel and ship - poisoning, corrosive and asphyxiation
hazards, dust hazards, flammability and ventilation
Section 4 – Assessment of acceptability of consignments for safe shipment –
identification of cargoes, and the tests and documentation required for their safe
carriage
Section 5 – Trimming procedures
Section 6 – Methods of determining angle of repose
Section 7 – Cargoes that may liquefy – the dangers of liquefaction, conditions
under which liquefaction may take place and precautions to prevent it
Section 8 – Test procedures for cargoes that may liquefy
Section 9 – Materials possessing chemical hazards – classification of hazards,
stowage and segregation requirements
Section 10 – Carriage of solid bulk wastes – their classification, segregation
and stowage
Section 11 – Security provisions
Section 12 – Stowage factor conversion tables
Section 13 – References to related information and recommendations
Appendices
Appendix 1 – Individual schedules of solid bulk cargoes
Appendix 2 – Laboratory test procedures, associated apparatus and standards
Appendix 3 – Properties of solid bulk cargoes
Appendix 4 – Index of solid bulk cargoes
Supplement – this contains supporting documents including the BLU Code and
IMO circulars (see Appendix 1)

Page 21

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For further details please see www.lr.org/entities
To order additional copies of this pocket guide, please visit the Lloyd’s Register webstore:
www.webstore.lr.org

About the UK P&I Club
One of the world’s largest P&I mutuals, the UK P&I Club currently insures around 200
million gross tons of owned and chartered ships in 60 countries.
The Club publishes loss prevention material through a wide range of media on topics such
as hazardous cargo in containers, human error, personal injury and maritime security.
The full range of Club activities can be viewed at www.ukpandi.com

About Intercargo
Intercargo exists in order to present a unified voice for shipowners and operators in
the dry bulk sector. Intercargo’s primary objective is to link industry stakeholders in
a commitment to a safe, efficient and environmentally friendly dry cargo maritime
industry. For further details see www.intercargo.org

The full range of Club activities can be viewed at www.ukpandi.com

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